SDK sockets

G.C Micro has been cooperating with SDK Japan for several years to promote sockets in camera module, LED/LD and semiconductor IC testing industries. Under its policy "Sales is to solve customer problems".

Our strength:

Innovative design & its applicability to product

Our strength:

Quick turnaround in trouble shooting

Our strength:

Quick turnaround in production

Our strength:

Quality and cost applicability

More information

Product Information

 
Application Socket design Characteristics
Camera module
  • Accurate alignment of the socket center to the camera module optical center.
    Suitable for all kinds of module designs.
  • Well experienced over 3,000 cases.
  • Applicable of seamless implantation in-line production and off-line quality check.
Edge-contact module
  • Fitting to the specific test device, the PA is contacted from edge by pin module base while the optical center of the camera module device is still aligned from top.
LCD display panel
  • Applicable to all kinds of LCD display size and structure.
  • Compact size and special custom design.
Image sensor device
  • Suitable for all kinds of image sensor package designs.
  • Accurate alignment of the socket center to the optical center of the image sensor package.
  • Applicable of seamless implantation in-line production and off-line quality check with flexible lead structures such as discrete, clamshell or cover-open types.
LED, EELD, VCSEL chip on submounts
  • Easy to loading and unloading CoS package devices.
  • Special probe pin design to contact metal pads but without damage.
  • Great thermal dissipation design and device temperature displaying.
EELD TO package
  • LD TO package (pitch: 1.43/2.0/2.54/5.08 mm)
  • Special metal reed design to contact electrode pins without causing scratch damage.
  • Lifetime: >10K cycles
  • High current (> 5A) operation
  • Available to array module for reliability aging test.
Evaluation test board with sockets
  • High current/voltage design
  • Low signal design (optoelectronic image sensor)
  • High frequency /high speed design
  • Compact and high integration design (multi-layers, BGA ,etc.)